Science Fair Projects Rubber Band Elasticity

J0204 objectives goals the objective of the project was to see how temperature affects a rubber band s elasticity.

Science fair projects rubber band elasticity.

Our experts won t do the work for you but they will make suggestions offer guidance and help you troubleshoot. Coy how does temperature affect a rubber band s elasticity. The purpose of my project is to determine the effect of different temperatures on the elasticity of rubber bands. In this science fair project we ll investigate bouncing ball physics to determine which ball has the highest elasticity and find out how elasticity contributes to bounce height.

Rubber comes from and is collected in one way. A rubber band shooter. In this science fair project you will investigate how kinetic and potential energy work in a very simple system. Rubber band elasticity and temperature.

When the rubber ball hits the ground it gets compressed or squished and because. If you have specific questions about your science fair project or science fair our team of. How does the elasticity of a rubber band change with temperature. In this system you will stretch a rubber band over the end of a ruler and release it without aiming it at anyone of course.

Do rubber bands that stretch longer take more or less force to break. Elastic bands are great for exploring elasticity and learning about potential energy. The rubber ball will bounce the highest because it has the greatest elasticity. If you have specific questions about your science fair project or science fair our team of volunteer scientists can help.

Effect of temperature on elasticity of rubber bands science buddies. Use a spring scale to measure the applied force and a meter stick or ruler to measure the change in length. Natural rubber is taken from a tree called hevea brasiliensis which originated in the amazon rain forests. California state science fair 2005 project summary ap2 05 name s project number project title abstract summary statement help received anthony r.

Prize winning science fair projects for curios kids by joe rhatigan and rain newcomb lark books 2004. When we pull back on a rubber band we store energy in the band and this is called potential energy when we let go of the rubber band all this energy is released as kinetic energy as the band springs back into shape.